LumiRing ICON PE User manual

ICON-PE
2 Doors Network Access controller.
Wi-Fi+Ethernet+POE supported
Manual

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CONTENTS
PURPOSE AND GENERAL INFORMATION ______________ 3
Specifications___________________________________ 4
Indication description ____________________________ 5
Relay work mode _______________________________ 5
Hardware reset _________________________________ 7
Description of connection ________________________ 7
INSTALLATION RECOMENDATION____________________ 8
Common recommendations ______________________ 8
Wiegand connection ____________________________ 8
RS485 connection _______________________________ 9
Protective diode _______________________________ 10
Heavy load switching ___________________________ 10
TYPICAL WIRING DIAGRAMS ________________________ 11
One door. One direction. Wet mode. ______________ 11
Dry mode. Apart Power supply for lock. ___________ 11
One door. Two directions. Wet mode. _____________ 12
Two doors. One direction. Wet mode. _____________ 12
WEB-BASED INTERFACE ___________________________ 13
Main network settings___________________________ 13
Local Wi-Fi Access point settings_________________ 14
Cloud Connection settings_______________________ 14
Maintenance __________________________________ 15
Security_______________________________________ 15

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PURPOSE AND GENERAL INFORMATION
The ICON-PE network access controller is designed to control access to residential,
industrial, or office premises equipped with electromagnetic or electromechanical locks. The
device allows you to automate the passage of vehicles by controlling the barrier, gates, and other
actuators. The software makes it possible not only to control access but also to solve applied
tasks for controlling delays and recording working hours. Connection to a computer network is
carried out via Wi-Fi 2.4Ghz or Ethernet. The power source can be 12-24 VDC or POE. The device
provides work with two Wiegand readers in two modes:
•Input - for connecting any external reader (Wiegand 4,8,26,34 data format)
•Output - for connecting a third-party ACS to the access controller
When connecting via the Wiegand interface, the distance between the devices should be
up to 100 m.
The RS485 interface with support for the OSDP protocol allows the device to be used with
modern readers and controllers that support this protocol. In this case, the distance between the
devices should not exceed 1000 m.
Two power outputs are used to control locks or other actuators:
•Output 1 - Relay output 24V 5A (120W) with "Dry contact" / "Wet contact" switching (see Figure
3). In the "Dry contact" mode, the output works like a normal relay. It is necessary to supply
voltage to the contact "C" of the relay. In the "Wet contact" mode, the supply voltage is
automatically applied to the "C" contact of the relay.
•Output 2 - Open collector output - when the output is turned on, the transistor closes the
output to the ground. Output load capacity 12V 3A (36W). If it is necessary to switch devices
that exceed the output load capacity, use an additional relay (see Figure 12)
The following inputs are used to control the status of exit buttons and door opening sensors:
•REX 1 - Input for Door 1 Exit button.
•DOOR 1 - Input for Door 1 status sensor.
•IN1 –Button input Door exit 2* / Alarm input
•IN2- Input for door status sensor 2* / Universal input
The state of the inputs when the controller is operating at two points of passage.
All inputs can work both for closing and opening, depending on the settings in the access control
system
The ICON-PE controller is designed to work as part of the UNIMACS cloud access control
system. There is a specialized version of the controller for integrators and developers; it has a
limited set of commands (SimpleAPI) and can be very easily integrated into any ACS.

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Specifications
#
Parameter
Value
Electrical
1
Supply voltage
9-24 v
2
POE IEEE802.3at and IEEE802.3af compliant
36 v –57 v
3
Average rated current consumption (at voltage
12V):
- No load output, no more
0,11А
4
Maximum current consumption (at voltage 12V):
- No load output, no more
0,3А
5
Maximum switching voltage/current:
- Output 1
- Output 2
24 v 5А
12 v 3А
6
Protection types:
Power input: Short circuit, Reversal of polarity
Output 2: Overtemperature, Short circuit
Reader power supply: Short circuit
YES
Functional
7
Wireless interfaces
Wi-Fi 2,4Ghz
BLE
8
Wired interfaces
2,Wiegand
1,RS485
Ethernet
9
Events memory during autonomous operation
Up to 250 000
10
Recommended number of users
Up to 10 000*
11
Number of ports for connecting Wiegand readers
2
12
Number of outputs of the "Open collector" type
1
13
Number of outputs of the "Relay" type
1
14
Number of inputs
4
15
Maximum distance of wired interface:
- RS485
- Wiegand
- Ethernet
1000 m / 3280 ft
100 m /328 ft
100 m /328 ft
Operational
16
Overall dimensions
(L)110x(W)75х(H)35 mm
(L)4.3x(W)2.9x(H)1.37 inch
17
Working temperature range
-30 ~ +70 С
-22 ~ 158 F
18
Enclosure material
ABS Fire retardant
plastic
* Maximum identification time, with the number of keys 10,000 - no more than 1.5 s. The controller can work with
a large number of user keys, which will lead to an increase in the identification time.

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Indication description
Figure 1. Indication.
Table 1. Indication
LED
OFF
ON
BLINK
D1
Power trouble
D2
Relay Dry mode
Relay Wet mode
D3
No power
Power ON
D4
Connected to cloud
Connection to the
cloud in progress
D5
No Ethernet connection
Ethernet connected
Relay work mode
To change the operating mode of the relay, need to dismantle and de-energize the device.
Remove the top cover by unscrewing the four fixing screws from the bottom of the case. Select
the desired mode using the switch on the board according to Fig. 1. Power up the device. Make
sure D2 is on. Close the cover of the device.
DRY MODE
The «DRY MODE»is the most common mode which can be used in kinds:
•If your actuator needs a different power supply. To use external power, select DRY and use
NO or NC and C, and wire to the external supply. That gives a possibility to control the
actuators (lock and etc.), which use different power sources.

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•If your actuator needs to shortcut two contacts to be activated
WET MODE
The «WET MODE»is a special mode that provides
power directly to the actuators (Lock and etc.). To
power actuators (Lock and etc.) without an
external supply, select «WET MODE» and
connect locking hardware to NO and GND (for fail-
secure locks) or NC and GND (for fail-safe locks).
In this work mode, relay out works in the same
algorithm as open collector out.
If you need more examples about relay modes, please study the chapter «Typical wiring
diagrams.»
Example: Different power source for
actuators
Example: 2 contact shortcuts

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Hardware reset
To reset the device to factory settings, you
must:
1. Power off the device
2. Remove the cover of the device
3. Install the RESET jumper
4. Power ON the device. Wait for indicator
D4 to turn on.
5. Remove the RESET jumper
Description of connection
ICON-PE terminal block description
Figure 2.
Factory Network settings
Интерфейс
Параметр
Wi-Fi device AP
SSID: LR_ICONxxxx, where хххх is device serial number
Password: not set
IP address: 192.168.4.1
Ethernet network
IP address: 192.168.1.100
Wi-Fi network
IP address: 192.168.1.101

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INSTALLATION RECOMMENDATIONS
Common recommendations
When drawing up a wiring diagram of an object and using Wi-Fi, the controllers should be
located as close as possible to the points of the Wi-Fi signal in order to minimize delays in working
with a mobile application or cloud service. After installation, check the Wi-Fi signal strength. The
signal strength can be seen on the info page of the web-based interface (see the section "WEB-
BASED INTERFACE"). The minimum allowable signal level is -75dB. If your signal strength is lower
(the value is higher), then this can have a strong impact on the interactivity of the device with a
mobile application or cloud service. We recommend moving the access point closer to the device
or using a stronger antenna on the access point or device.
When installing the ICON-PE model with an Ethernet connection and POE power supply,
take into account that the entire system, including locks and readers, cannot consume more than
your switch or injector gives out. The maximum permissible load on the built-in POE module in
the ICON-PE model is no more than 1.5A 12V. Your POE equipment should be capable of
delivering 30W of power.
In one system, it is recommended to use the connection of readers on the same interface,
which will help to avoid differences in reading the card code and subsequent confusion in the
system. ICON-PE programming can be carried out from the cloud service "UNIMACS." Initial
settings are made through the built-in ICON-PE website. Always install the latest firmware for
every new installation.
If you need galvanic isolation from the controlled device (lock, gate, etc.) or you need
control of high-voltage devices or devices with significant current consumption (exceeding the
rated current for the output), it is recommended to connect these devices via a relay (see Figure
7). It also improves the reliability of the system. When using electromagnetic or electromechanical
locks, we strongly recommend using a protective diode (see Figure 6).
Wiegand connection
The length of the communication line via the Wiegand interface should be no more than
100 m. This interface has very weak protection against interference - we do not recommend
laying it parallel to power cables or next to other sources of interference (daylight lamps, etc.).
The minimum distance to power cables is at least 0.5m. If your communication line exceeds 5 m
(16,4 ft), we recommend using a UTP 5E cable.
Figure 3. Recommended Wiegand connection diagram using UTP cable
With a distance of more than 5 m (16,4 ft)

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RS485 connection
The length of the RS-485 communication line is not critical to the distance - this standard
was specially developed for communication with remote objects and had good noise immunity.
It is necessary to lay the RS-485 communication line at the maximum distance from power cables
and daylight lamps. As an RS-485 communication line, it is necessary to use a twisted pair cable
- UTP 5E or FTP 5 (If possible, ground the shield at one end).
Figure 4. Example of connection via the 485 interface
Figure 5. Connecting a few devices via 485 interfaces
For reliable operation of the system, it is recommended to separate the power supply for
controllers and actuators. The controller supply line wires should be kept as short as possible in
order to avoid significant voltage drops across them. After laying the wires, make sure that the
supply voltage of the controller with the locks turned on is not lower than 12 V.

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Protective diode or varistor
Figure 6. Using a diode Figure 7. Using a varistor
A protective diode is
used to protect the
controller from reverse
currents when an
electromagnetic or
electromechanical lock is
triggered. The protective
diode is connected in
parallel with the contacts of
the lock (the diode is
connected in reverse
polarity). The diode must be
installed directly on the
contacts of the lock. Suitable
diodes 1N5400, 1N5408,
1N5821, HER301, and similar. Instead of diodes, varistors can be used, for which there is no need
to observe polarity. Varistors VCR-07D101K S07K60, TVR07101, GNR-07D101K, or similar are
suitable.
Heavy load switching
Figure 7. Example of using a 12V relay for switching a load
exceeding the output parameters.